CORAX: Excellent litter and bird performance!

Testimonial created on: 19/09/2017

After: Lighting power consumption has been halved. Litter and bird performance have been excellent

Again, another heartwarming e-mail from one of our beloved clients from the North Auckland Region (NZ). They’ve retro-fitted four houses – commercial broilers – with CORAX lighting. They chose HATO’s CORAX LED light after observing a similar eight shed (PULSA) installation made on a nearby farm.

The concerning farm manager stated:

“The sheds were originally fitted with 3 rows fluorescent fittings (0-10V dimmable ballasts) double 36W at 8.4m centers - total 33 fittings of 72 watts (1.17w/m2). Light intensity was measured at floor level and was found to vary from 20 to 180 lux during brooding.

This was causing obvious clustering of chicks along the light paths. During grow-out the poor light distribution became a problem in reverse with the 'pooling' of light beneath the fittings being too intense when the average intensity was correct.

The new lighting system provides 5 rows of CORAX 9W fittings at 4.2m centers - 110 fittings x 9W which is only 0.5W/m2, but because of the low eave height of 2m and reflective walls and ceilings, average light intensity is around 45 lux. Light distribution is excellent.”

The farm manager states that the new HATO lighting system creates a great working environment and they have noticed a dramatic reduction in maintenance costs. "Electrician call-out to repair old fluorescent fittings were becoming very expensive! Lighting power consumption has been halved - a welcome cost saving. Litter and bird performance have been excellent”.

At HATO Agricultural Lighting we are constantly working on improving our products and services. All feedback is welcome; this constantly motivates us to shift our boundaries. Please contact our sales team or Agricultural Lighting Advisor; we would love to hear your story.

Read our article about broiler lighting; there are many elements that you can keep in mind to optimize production: article